#einstein's-theories

[spacenutspod]

Astronomy Daily - The Podcast: S03E212 Welcome to Astronomy Daily, your Daily source of space news and astronomical insights. I'm your host, Anna, and today we have an extraordinary lineup of stories that span the cosmos, from validating Einstein’s theories to SpaceX's whimsical passenger. Highlights: - Einstein's Theories Confirmed: Discover the groundbreaking study using the Dark Energy Spectroscopic Instrument in Arizona, which tracked nearly 6 million galaxies to confirm Einstein's theory of general relativity on cosmic scales. Uncover the intriguing findings about dark energy's potential dynamism and its implications for the universe's future. - China's Space Station Progress: Explore the latest achievements of China's space program with the Tianzhou cargo missions. Learn about the recent successful docking of Tianzhou 8 with the Tiangong Space Station and the diverse scientific experiments it supports. - Artificial Star Mission: Dive into George Mason University's ambitious $19.5 million NASA mission to launch an artificial star into orbit. Understand how this project aims to revolutionize telescope calibration and stellar brightness measurement, enhancing our grasp of the universe's expansion. - Lunar Safety Innovation: Discover the Australian-developed distress alert system for lunar explorers, designed to ensure astronaut safety during NASA's Artemis missions. Learn about the technology's potential to improve emergency communications on Earth. - SpaceX and Military Interest: Get insights into SpaceX's latest Starship test flight, which attracted attention from military leadership. Explore the potential military applications of Starship's rapid global transport capabilities and the lighthearted inclusion of a toy banana as a zero-gravity indicator. - The Guitar Nebula: Marvel at the discovery of the Guitar Nebula, a cosmic structure captured by NASA's Chandra X-ray Observatory and Hubble Space Telescope. Learn about the pulsar at its core and how it creates this visually stunning and scientifically significant formation. For more cosmic updates, visit our website at astronomydaily.io. Sign up for our free Daily newsletter to stay informed on all things space. Join our community on social media by searching for #AstroDailyPod on Facebook, X, YouTube, Tumblr, and TikTok. Share your thoughts and connect with fellow space enthusiasts. Thank you for tuning in. This is Anna signing off. Until tomorrow, keep looking up and stay curious about the wonders above us. Become a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-the-podcast--5648921/support. Sponsors: NordVPN - www.bitesz.com/nordvpn Old Glory - www.bitesz.com/oldglory

[mindblowingscience]

Over the last 100 years, countless studies have proven that Albert Einstein's greatest theory – his theory of general relativity – is practically bulletproof, capable of everything from predicting black holes to guiding your GPS technology. However, as scientists arm themselves with more powerful and sophisticated technology, capable of peering into the cosmos in unprecedented detail, they see phenomena they can't explain with Einstein's theory. Einstein's general theory of relativity states that the curvature of space-time causes gravity. But zoom out to enormous scales like clusters of galaxies spanning billions of light years across, and the laws of Einstein's gravity theory appear to change. "It's almost as if gravity itself stops perfectly matching Einstein's theory," Robin Wen, a recent University of Waterloo graduate, said in a university press release.

Continue Reading.

[youling-the-ghost]

Ok here's my theory as to what the three types of time fuckery meant in Murders in Space:

Time dilation

This one's pretty straightforward. It's the good ol' "travelling close to the speed of light causes the traveller to experience time at a slower rate" thing that some of us might've learned in high school. Not much to say about that.

Time dilution

The way Tom described it made it sound like time dilution is more extreme than time dilation, so I have two theories, either:

time dilution is just an extreme case of time dilation (i.e. what happens when you travel at a speed extremely close to the speed of light, such as 0.99c for example), or;

time dilution is what happens when you travel at the speed of light. Now, this is physically impossible in our world since travelling at light speed would require infinite energy, but let's just say that some crazy scifi shit allows this to happen.

Option 2 would mean that time dilution would cause the scientists to basically stop perceiving time. From their perspective, time intervals would be infinitely large and distances would be infinitely small,

But honestly, I'm the most unsure about this one. Time dilution seems similar enough to time dilation for AJ's scientist character to confuse them, but also option 1 seems kind of redundant? Since time dilation works in the same way when you're travelling at say 0.7c compared to 0.99c, so I'm more inclined to believe option 2.

Time penetration

Judging from how Mary seemingly teleported to the spacecraft, my guess is that time penetration is what happens when you travel at a speed faster than the speed of light. Again, this is physically impossible in our current world, but let's just say that Mary is a genius scientist who's able to break the laws of physics. This one actually makes a lot of sense considering these points:

Mary was able to teleport, which is what scientists have hypothesised would happen if one were to travel faster than light speed.

It would make sense why Mary spent so long trying to get to her husband. Literally breaking the laws of physics isn't a project that can be finished in a couple of months.

Also the whole "time penetration is impossible" thing because yeah...travelling faster than the speed of light is considered to be impossible.

So yeah, I'm actually pretty confident with this one.

BUT HEY, THAT'S JUST A THEORY! A SHOOT FROM THE HIP THEORY! Thanks for reading this incredibly self-indulgent post :]

[elreinodelpurgatorio]

It's so funny to me that Einstein clowned on himself for coming up with a stupid theory that he thought was wrong. And now today scientists are going back to it because he was actually really, really correct. Anyway, here's a picture of the Tarantula Nebula I stole (aka legally downloaded) from NASA's JWST telescope Flickr.

Source

[planetaryalphabet]

“Speed and stillness, all in the eye of the observer.” Borrow from thecosmosjourney on instagram

[noosphe-re]

[draconnet81]

The fact that it took 10 years for the story to be narrated while the events of the mha world took place in just 1 academic year. And I thought Hawks was the fastest..

[itzmoonies]

Bro what if Port Mafia Dazai covered his eyes just so his ennemis think he's blind, and if they manage to gouge out Dazai's eye, then Dazai would just take off his bandage and would be like “Guess what? I'm not blind. April fool 🤭”

[linilunilumi]

@justalexx-things fragt, ich liefere:

https://1drv.ms/p/s!AoFd5pUmGoYdj0jIPAoDFfZ0IU3Z?e=tgfjrL

Unsere Nolin Theorien! (allerdings nur der letzten zwei-drei Wochen; und auch da mit Sicherheit nicht alle. falls sich also noch jemand an andere Theorien erinnert/welche wiederfindet, gerne her damit!)

[reidiot]

when neville goddard said "since creation is finished, it is impossible to force anything into being" and albert einstein said "imagination is more important than knowledge" . they know exactly what it feels like to be a hot girl tbh

[thepictureofjune]

Nolin Color Theory Pt. 4

— Folge 1056 von beiden Seiten

Eine Orange im Regenmantel (1056):

An Colins letzten Tag am Einstein sehen wir ihn in einem ziemlich bunten Outfit. In erster Linie lässt sich das auch ganz gut damit verbinden, dass er zu Julia fährt, denn Julia ist ja auch irgendwie für ihre farbenfrohe Kleidung bekannt und nach Colins ganzer Misere bis hierher hat er nun endlich wieder etwas, auf das er sich freuen kann. Orange steht in der Symbolik auch für Optimismus und Glück. Obwohl Colin schweren Herzens das Einstein verlässt, tut er dies mit dem Optimismus, dass es ihm in Köln eventuell bald wieder besser gehen wird. 

(little fact: Die Orangen Frucht steht symbolisch wohl für ferne Ziele, sowie für Erneuerung und Wiedergeburt - also: Colin kann in Köln einen Neuanfang starten) 

Warum die Regenmäntel?

Vielleicht gehts nur mir so, aber ich habe auf jeden Fall keinen Regen in dieser Szene erkannt, also gabs eigentlich auch keinen Grund für die Regenmäntel, aber da sie dennoch da sind, können wir sie ja immerhin analysieren. 

Colin trägt über seiner optimistischen Kleidung einen blauen Regenmantel, als er die Treppe runter geht und sich von allen verabschieden muss. Denn dafür steht Blau nämlich auch; für den Abschied und die Trauer, welcher dieser mit sich bringt. Trotz Optimismus und baldigem Neubeginn muss Colin nämlich immerhin noch einiges hinter sich lassen. (Seine Freunde, Noah, etc..) 

Doch Colin ist nicht der einzige im Regenmantel! Denn wir sehen eine Menge an Charakteren in verschiedenen farbigen Mänteln und dabei ist es ganz egal, welcher Charakter welche Farbe trägt, denn es geht um die Farben im Generellen. 

Folgende Farben der Regenmäntel: ein ruhiges Blau, ein sehr tiefes Rot und ein intensives Pink. 

Lemme just:

Noah sucht Ruhe und Gelassenheit bei Colin in Blau. Colin küsst Noah in rot. Noah und Colin starren die Wand an in Blau, Pink und Lila.

Noah selbst verabschiedet sich nicht von Colin, doch wohl die intensivsten Erinnerungen, die mit ihm verbunden sind, übernehmen das für ihn. 

(Another fact: Blau, Rot und Weiß stehen nebeneinander gegenüber von Pink. Bei der Mischung von Blau, Rot und Weiß sollte sich ungefähr Pink ergeben. Pink steht für Liebe und Romantik, beides Dinge, die Colins Zeit am Einstein, sowohl mit Noah, als auch damals mit Julia ausgemacht haben.) 

Noah and that one sweater he always wears in important happy scenes with that one guy he definitely isn't in love with (1056):

Es ist Colins letzter Tag und Noah scheint das absolut nicht zu interessieren und trotzdem zieht er welchen Pulli an? Genau. Den Pulli den wir das erste Mal in 1035, als Noah sich das erste Mal zu Colin ans Bett setzt und ihn fragt, ob sie denn doch noch einen Film zusammen schauen wollen. Es ist auch der Pulli, den Noah anhat, während die beiden gemeinsam die Wand anstarren. 

Es ist also ein Pulli, den wir relativ oft in Verbindung zu schönen Momenten mit Colin gesehen haben, und jetzt trägt Noah ihn an dessen letztem Tag? Zufall? I doubt it. 

Es ist dieser Pulli, in dem sich Noah später in Colins Bett legt und weint, weil er soeben seinen besten Freund verloren hat und er es noch nicht einmal über sich gebracht hat, sich von ihm zu verabschieden. 

Der Pulli, der zu Beginn ihrer Freundschaft getragen wurde, wird nun am Ende dieser wieder einmal getragen. Und obwohl er mit den besten Momenten zwischen den beiden verbunden ist, wird er nun wohl im traurigsten gesehen.

Die Verbindung beider Farben und Szenen:

Colin bereitet sich auf einen Neuanfang vor, Noah denkt an die Vergangenheit. Colin ist jetzt vermutlich endlich bereit loszulassen, hat endlich verstanden, dass Noah wohl doch nichts von ihm will und selbst wenn, würde er das sowieso nie zugeben. 

Noah hingegen vermisst den einzigen Freund, den er bis dahin am Einstein hatte. Er vermisst, was auch immer da zwischen ihm und Colin war. Noah hält fest, Colin lässt los.

— june. 🪐

(dunno why i keep signing these off but we did it the first three, now we keep going)

[spacenutspod]

Astronomy Daily - the Podcast: S03E207 Welcome to Astronomy Daily, your ultimate source for the latest in space and Astronomy news. I'm your host, Anna, and today we have a captivating array of stories that delve into the mysteries of the universe and the cutting-edge advancements in space technology. Highlights: - Challenging Einstein's Theories: Explore groundbreaking research from the Universities of Geneva and Toulouse that tests the limits of Einstein's theories. Discover how data from the Dark Energy Survey reveals gravitational effects that deviate from Einstein's predictions, especially during the universe's accelerated expansion phase. - Space Travel and Human Aging: Uncover new insights into how spaceflight accelerates biological aging processes. Learn about the parallels between the effects of space travel on astronauts and the natural aging process on Earth, and the implications for future space exploration and healthcare. - Advancements in Satellite Servicing: Delve into Northrop Grumman's upcoming Mission Robotic Vehicle launch in 2026, featuring robotic arms developed by the U.S. Naval Research Laboratory. Understand how this technology will revolutionize satellite maintenance and extend the operational life of geostationary satellites. - NASA's Artificial Clouds Experiment: Witness NASA's stunning experiment in Norway's auroral skies, creating artificial clouds to study atmospheric dynamics. Learn how this experiment illuminates the complex interactions in the turbopause region and its significance for space weather research. - Fireball Over North America: Relive the spectacular sight of a fireball lighting up the skies over North America, captured by both ground-based observers and NOAA satellites. Understand the science behind these brilliant meteor events and their cosmic origins. - NASA's Tracers Mission Update: Get the latest on NASA's Tracers mission as it completes its twin spacecraft, aiming to study magnetic reconnection and space weather phenomena. Discover how this mission will enhance our understanding of the sun-Earth interaction. - Large Magellanic Cloud's Galactic Encounter: Explore the survival story of the Large Magellanic Cloud as it navigates a close encounter with the Milky Way. Learn how Hubble's observations reveal the effects of ram pressure stripping on this dwarf galaxy's gaseous halo. For more cosmic updates, visit our website at astronomydaily.io. Sign up for our free Daily newsletter to stay informed on all things space. Join our community on social media by searching for #AstroDailyPod on Facebook, X, YouTubeMusic, and TikTok. Share your thoughts and connect with fellow space enthusiasts. Thank you for tuning in. This is Anna signing off. Until next time, keep looking up and stay curious about the wonders of our universe.

[love4ng1e]

─────── ༺ ❦︎ ༻ ───────༄ You've already shifted before.

Reality shifting is NOT just shifting to a whole other reality aka your dr.

We shift, every single second.

─────── ༺ ❦︎ ༻ ───────

1.0: Schrödinger's Cat.

The Schrödinger's Cat was a thought experiment, states that if you seal a cat in a box with something that can eventually kill it, you won't know if the cat is alive or dead until you open the box. So, until you open the box and observe the cat, the cat is stimulating dead and alive.

More information > link

2.0: What is the link between Schrödinger's Cat and shifting?

Well, I particularly put attention into the last phrase; "the cat is stimulating dead and alive."

This suggests that there are two reality that exist one where the cat is alive and one where the cat is dead.

Every single decision you make, you shift as it's similar to the cat in the box situation.

For example, you are on a date. Your lovely date asks you if you'd prefer a glass of White Wine or a glass of Red Wine. Right then and there, your reality sort of split in two. Like so,

Say, you choose Red Wine. You then shift to the reality where you choose Red White instead of White Wine. Congratulations, you've shifted!

The simple conclusion is that you're a master shifter because you've already shifted before. You do it all the time! Therefore, shifting to your dr wouldn't be any harder.

─────── ༺ ❦︎ ༻ ───────

Thank you for reading and much love!

"Reality is merely an illusion, albeit a very persistent one." - Albert Einstein.

─────── ༺ ❦︎ ༻ ───────

[bibliobibuli25]

There is this group of galaxies in the universe which looks eerily similar to the Cheshire Cat. The cluster is very important - it is a brilliant manifestation of Einstein's theory.

.

The galaxies SDSSCGB 8842.3 and SDSSCGB 8842.4 are the two eyes of the Cheshire cat. The smile is a result of something called gravitational lensing. The light has been bent and stretched by the large amounts of mass contained in the foreground galaxies.

This might not be the best explanation for gravitational lensing but I hope it gets the point across.

Image credits - https://chandra.harvard.edu/photo/2015/cheshirecat/

[thepastisalreadywritten]

The Nobel Prize shares a copy of Albert Einstein's diploma, which he received 123 years ago after finishing his studies at the Polytechnic Institute in Zurich, Switzerland.

📷: Nobel Prize / Facebook

—

Albert Einstein (14 March 1879 – 18 April 1955)

[simpsforscience]

From the tiniest atoms⚛️ to the vastness of galaxies☄️, ever stopped and wondered what sparked it all?🤔 Well, we did dig a bit deep into it and here we are to walk you through what we found. 🔭Join us in this monthly series to unravel the greatest enigmas of our shared universe. Let's explore the cosmos together!🚀